Ulnar Nerve Transposition
Rothman Institute, Thomas Jefferson University
Asif Ilyas, MD, FACS
Professor of Orthopedic Surgery
Program Director of Hand Surgery
In this cadaveric case, Dr. Asif Ilyas demonstrates the ulnar nerve transposition method for treating cubital tunnel syndrome, showing both the subcutaneous and submuscular techniques.
Cubital Tunnel Release
Rothman Institute, Thomas Jefferson University
Asif Ilyas, MD, FACS
Professor of Orthopedic Surgery
Program Director of Hand Surgery
Cubital tunnel syndrome, the second most common compressive neuropathy, causes tingling and numbness in the ring and small fingers and can be treated with either a cubital tunnel release or an ulnar transposition. In this case, Dr. Asif Ilyas demonstrates the former on a cadaveric hand.
Trigger Finger Release
Rothman Institute, Thomas Jefferson University
Asif Ilyas, MD, FACS
Professor of Orthopedic Surgery
Program Director of Hand Surgery
When the flexor tendons of the hand thicken or become inflamed, stenosing flexor tenosynovitis of the hand (also known as trigger finger) develops. Dr. Asif Ilyas demonstrates on a cadaver how to perform the most standard trigger finger release, releasing the A1 pulley and then decompressing or releasing the flexor tendon.
Carpal Tunnel Release
Rothman Institute, Thomas Jefferson University
Asif Ilyas, MD, FACS
Professor of Orthopedic Surgery
Program Director of Hand Surgery
Dr. Asif Ilyas performs a carpal tunnel release, the most common hand surgery, on a cadaveric hand. This surgery is typically done for paresthesia in the hand due to median nerve compression when non-operative treatment, such as splinting and injections, fails or becomes recalcitrant.
We just preprinted 5 short cadaveric hand procedures by Dr. Asif Ilyas at the Rothman Institute in Philadelphia! Look for blurbs & quizzes in the coming weeks on Wednesdays & Fridays.
DCR and Nasolacrimal System (Cadaver)
Duke University Medical Center
Matthew D Ellison MD
Department of Surgery
Division of Head and Neck Surgery & Communication Sciences
Dr. Ellison leads the residents at Duke University in performing a dacryocystorhinostomy while identifying the relevant nasolacrimal anatomy. Use of picture-in-picture offers our viewers insight into how the lower canaliculus probe is managed with endoscopic assistance.
Parotid Dissection (Cadaver)
Duke University Medical Center
Ramon M Esclamado MD, MS
Professor, Department of Surgery
Chief, Division of Head and Neck Surgery & Communication Sciences
Dr. Esclamado instructs a cadaver lab at Duke University Hospital to assist resident training on a standard parotid dissection. The approach should be adjusted depending on tumor malignancy, as Dr. Esclamado explains.
Frontal Sinus Dissection (Cadaver)
Duke University Medical Center
Ralph Abi-Hachem MD, MS
Assistant Professor of Surgery
Division of Head and Neck Surgery & Communication Sciences
Dr. Abi Hachem engages the ENT residents at Duke University Hospital, instructing them on how to dissect the nasal cavity to expose the frontal sinus, and identifying relevant anatomy along the way.
Ethmoid Artery Anatomy
Duke University Medical Center
Dr. Jeevan Ramakrishnan
Department of Surgery
Division of Head and Neck Surgery & Communication Sciences
Dr. Ramakrishnan explores a cadaveric ethmoid sinus to identify clinically relevant arterial anatomy for the ENT residents at Duke University Hospital.
Thyroidectomy (Cadaver)
Duke University Medical Center
Daniel J. Rocke MD, JD,
Department of Surgery
Division of Head and Neck Surgery & Communication Sciences
C. Scott Brown MD,
Department of Surgery
Division of Head and Neck Surgery & Communication Sciences
Dr. Rocke instructs a cadaver lab at Duke University to train the residents on the finer points of a standard thyroidectomy. Anatomy is better visualized with the help of overlaying illustrations during the procedure.
